Difference between revisions of "2008 NSF Proposal"

Latest revision as of 22:02, 23 August 2011

ForestNSFInterimReport_8-31-10

ForestNSFInterimReport_8-31-11

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-=Physics Program=
+[[ForestNSFInterimReport_8-31-10]]
-==Qweak==
+[[ForestNSFInterimReport_8-31-11]]
-===Physics Measurement===
-===ISU's Role===
-Work Package manager of the Detector and Front End electronics.
-Inelastic PV measurements (<math>d_{\Delta}</math>)
-=== Future activities===
-== Primakoff==
-== CLAS==
-=== Physics Program===
-==== Polarized Structure Functions====
-<math>\frac{\Delta d}{d}</math>
-=== CLAS 12 DC Design and Construction ===
-= Prior and Future use of NSF Funds=
-\hspace{0.5in}While at Louisiana Tech University, the PI received three prior NSF awards as a member of the Louisiana Tech Particle Physics Group. The first proposal entitled ``Parity Violating Electron Scattering at Jefferson Lab, was awarded in 2002 for three years in the amount of \$670,230 (NSF Award \#0244998) to Louisiana Tech University. The award supported the groups efforts building triggering electronics for the G0 backward angle measurements and for the initial development of the $Q_{weak}$ experiment. The second proposal, ``Precision Electroweak Measurements at Jefferson Lab, was awarded \$204,594 in 2006 (NSF Award \#0555390) with similar support for the next two years to continuing the Lousiana Group's efforts. Dr. Forest's MRI Proposal (\#PHYS-0321197) entitled {\small ``Collaborative Research:Development of a Particle Tracking System for the Qweak Experiment} was awarded \$131,770 on July 26, 2003 to develop the Region 1 tracking system for the Q$_{weak}$ experiment. The status of the work supported by the above awards which the PI was responsible for is given in section~\ref{section:QweakDetector} and shown in Figure~\ref{fig:QweakProducts}.
-=Facilities=
-\hspace{0.5in}The Idaho State University Department of Physics Strategic Plan
-identifies the use of experimental nuclear physics techniques as
-its focus area to addressing problems in both fundamental and
-applied science.  The major efforts of the department include
-fundamental nuclear and particle physics, nuclear reactor fuel
-cycle physics, nuclear non-proliferation and homeland security,
-accelerator applications, radiation effects in materials and
-devices, biology and health physics.  Because of this focus, the
-department has been characterized as one of the largest nuclear
-physics graduate programs in the nation with an average of over
-graduate students.  One of the key
-ingredients to the department's success has been the completion
-of the Idaho Accelerator Center (IAC) on April 30, 1999.  A substantial
-amount of lab space (4000 sq. ft.) within the department has
-become available due to a combination of the IAC and a remodeling
-of the physics building.  A detector lab with the potential to
-construct proto-type drift chambers in a clean room environment
-is currently planned as part of the lab space renovation.
-The Idaho Accelerator Center (IAC) is located less than a mile
-away from campus and will provide a machining facility for
-detector construction, an electronics shop for installation of
-instrumentation, and beam time for detector performance studies.
-The IAC houses ten operating accelerators as well as a machine and
-electronics shop with a permanent staff of 8 Ph.D.'s and 6
-engineers.  Among its many accelerator systems, the Center
-houses a Linac capable of delivering 20 ns to 2 $\mu$s electron
-pulses with an instantaneous current of 80 mA up to an energy of 25
-MeV at pulse rates up to 1kHz.  The IAC has donated beam time to
-the Q$_{weak}$ project for the purpose of testing detector
-performance.  One of the goals of these tests will be to evaluate
-the Q$_{weak}$ detector at high rates.  The IAC is well suited
-for these rate tests as the Q$_{weak}$ calibration rates will be
-much lower than the electron and photon rates the IAC is capable of
-generating. A full description of the facility is available at
-the web site (www.iac.isu.edu).
-The Beowulf REsource for Monte-carlo Simulations (BREMS) is
-a 12 node, 64 bit cluster housed in the ISU physics department
-which can support the high performance computing needs of
-the physics research program.  This facility is the result of an
-investment made by NSF award PHYS-987453.  This infrastructure
-will be an effective means for performing GEANT4 simulations of
-the Q$_{weak}$ experiment as well as Garfield simulations of the
-Region II drift chamber design.  Simulation speed is increased on
-BREMS by running the simulation in parallel on many CPUs.
-A version of GEANT4 known as ParGeant4~\cite{ParGeant4} has recently been
-distributed which will allow these simulations to be run in parallel.
-=The Broader Impact of the Idaho State University Nuclear Physics Research Program=
-[http://www.iac.isu.edu/mediawiki/index.php/NSF Go Back]

Difference between revisions of "2008 NSF Proposal"

Latest revision as of 22:02, 23 August 2011

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